## Programming Individual POCSAG Pagers ## Command ```c CCPROG,Cc,Nnnnnn ``` where: * `Cc` = CapCode slot or address in the pager * `Nnnnnnn` = CapCode (8 to 2079992) The CapCode is defined to be: ```c CapCode = SystemIDBaseAddress + 8*ID ``` where `ID` is the pager number or the all page number. Calculating `SystemIDBaseAddress`, this is the base address that must be calculated first before generating any CapCodes. For `SystemID` less than or equal to 13, use the following formula: ```c SystemIDBaseAddress = 100000 * SystemID + 700000 ``` For `SystemID` greater than `13` and less than or equal to `200`, use the following formula: ```c SystemIDBaseAddress = ((((SystemID-14)%9)*10000) + (((SystemID-14)/9)*100000)) + 10000 ``` where `%` represents the modulo operator. > 📘 Note > > At a minimum, you should always program the first and third memory location, however we recommend always programming the first *three* memory locations. > > Memory locations used are as follows: > > * 1: Individual Pager Address > * 2: All Page Address > * 3: System ID Base address > * 5-9: Group page addresses (optional) ## Example 1 Program a pager to ID `10`, all-page to `911` and base address is System ID `1`. Three commands must be sent to the pager: ```c CCPROG,1,0800080 CCPROG,2,0807288 CCPROG,3,0800000 ``` ## Example 2 Program a pager to ID `4`, all-page to `911` and base address is System ID `0`. Three commands must be sent to the pager: ```c CCPROG,1,0700032 CCPROG,2,0707288 CCPROG,3,0700000 ``` This is generally the minimum number of programming commands that should be sent, always program address #`3` with the appropriate calculated System ID CapCode (Pager ID=`0`). ## Enabling Group Paging on POCSAG pagers

Command	Description
`GPEN,1`	Turns on group paging. All pages equal to or below id=`99` will go out as group pages. Individual paging will only work for numbers `100` and above.
`GPEN,0`	Disables group paging. Individual numbers can be paged starting from id=`1` again.

## Programming Group Addresses on POCSAG Pagers (memory locations 5 thru 9) ## Command ```c GPROG,gg,nn ``` where: * `gg` = group number (`1` to `5`) to assign the number `nn` to. `nn` can be from 01 to 99 * `nn` = GroupID ## Example Program group #`3` to GroupID `25`. ```c GPROG,3,25 ``` Note that subsequent pages to address `25` will result in a page alert for group #`3` which can be named with an appropriate setting. Typically GroupID is programmed equal to the group number (e.g. `GPROG,1,1` or `GPROG,2,2`, etc.) ## Programming Group Names on POCSAG pagers ## Command ```c GNPROG,gg,name ``` where: * `gg` = group number to program (`1` to `5`) * `name` = the text name to be displayed when this group page is detected. ## Programming Welcome Message on POCSAG Pagers ## Command ```c WPROG,welcome text ``` ## Programming Buttons on/off for POCSAG Pagers ## Command ```c BPROG, 0/3 ``` where: * `3`= turn off * `0`= turn on ## Programming Time on POCSAG Pagers ## Command ```c TPROG,hh,mm ``` where: * `Hh` = hours * `Mm` = minutes ## Programming Date on POCSAG Pagers ## Command ```c DPROG,dd,mm,yy ``` where: * `Dd` = day * `Mm` = month * `yy` = digit year ## Programming Time/Date Format on POCSAG Pager ## Command ```c FMTPROG,x,y ``` * `X` = `1` (12 Hour format) * `X` = `2` (24 Hour format) * `Y` = `1` (Display MM/DD/YYYY) * `Y` = `2` (Display DD/MM/YYYY) ## Putting POCSAG alphanumeric Pagers to Sleep POCSAG pagers can be put to sleep by paging the “ALL PAGE” address with the text message `[99]` ## Programming LRS Pagers ## Command ```c LPROG,sequence,id,mode,pwr ``` > 📘 Note > > The system id will be used in programming the pagers. Sequence is not used to program these pagers, but a zero must be used as a place holder. ## Example Program sequence = `0`, pager # = `23`, mode = manager no vibe, TX power = level `2`. ```c LPROG,0,23,4,2 ``` where: * Sequence = 0 (not used in programming LRS pagers) * Id is the pager # * Mode (see table below) * Power level is the output power used to program (scale `1` – `5`) ## LRS Pager Programming Mode Mode is 3 bits where:

MSB		LSB
Guest = 0	No Vibe = 0	Pager = 0
Manager = 1	Vibe = 1	Coaster = 1

Defined Modes	Definition	Note
0	Pager/no vibe/guest	Valid Mode
1	Coaster/no vibe/guest	Valid Mode
2	Pager/vibe/guest	Valid Mode
3	Coaster/vibe/guest	Valid Mode
4	Pager/no vibe/manager	Invalid Mode
5	Coaster/no vibe/manager	Invalid Mode
6	Pager/vibe/manager	Valid Mode
7	Coaster/vibe/manager	Invalid Mode
8	Program Vibe – All Pagers	Turns Vibe OFF
9	Program Vibe – All Pagers	Turns Vibe ON

> 📘 Note > > Modes `8` and `9` will affect all LRS pagers of the types **standard coasters (not alpha)** and **standard pagers (AT4, SPG4)**. ## Regulatory Domain Changing the frequency to a different regulatory domain is to be done by Long Range Systems and Long Range System distributors.


RDCHLG	Generates a challenge code for regulatory domain change
RDRESP,#	Command response to challenge code. # is the challenge code provided by LRS.